2016年11月, Israel’sNano Dimension(TASE: NNDM) announced that PHYTEC, a leading Embedded Systems Developer, was to be one of the first recipients of a DragonFly 2020 3D printer.
Now a new video demonstrates how 3D printing is integrated within PHYTEC’s product development cycle. Nano Dimension shows how the 3D-printed electronics have helped ramp up prototyping efforts for on demand PCBs.
在一个数十亿美元的市场中节省时间和金钱
Today printed circuit boards (PCBs) are the backbone of almost every electronic device, from mobile phones and laptops, to industrial control panels and machine interfaces.
在这数十亿痛单位保持竞争力lar industry, electronics manufacturers have to look for new ways to provide fast and high-quality solutions to their customers.
Gif shows the rapid 3D printing of a circuit board on the DragonFly 2020.通过YouTube上的纳米尺寸剪辑
During the design of a typical electronic device, a PCB at PHYTEC goes through multiple iterations before it is ready for mass production.
作为较大设备的一部分，工作原型的截止日期通常只有几周的时间。使用传统制造，第一次运行最多可能需要15天。
Functional PCBs in just one working day
Bodo Huber是德国Mainz Phytec总部的首席技术官。通过与纳米维度合作他解释说：“蜻蜓2020 3D打印机的速度使Phytec设计师可以使PCB原型比传统方式快10-15倍。”
休伯（Huber新设计。”
Quality controlled
The rapid turnaround of a DragonFly 2020 3D printed PCB enables PHYTEC to perform functional testing and finalize designs in the early stages of product development.
“Errors can be immediately detected and eliminated”
原型制作完成后，将蜻蜓设计的数字文件交付给欧洲或亚洲的供应商，以进行大众生产。之后，将PCB交付给全球的Phytec客户。
Huber补充说：“错误可以立即检测到并消除。结果是设计质量提高，设计速度更快，设计周期较短 - 从几个月或几周到几天。”
3D打印的未来
With savings to the product development life cycle, manufacturers can now afford to be more innovative with their designs. Open to customized ink requests, Nano Dimension is working to expand the DragonFly 2020 materials range into ceramic inks and医疗部门的申请。
Nano Dimension的联合创始人兼首席业务官Simon Fried提供了更多洞悉3D打印的未来and how his company are 3D printing electronics.
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Featured image:Phytec的电路板组件。通过纳米尺寸的照片
